Tests were conducted on nickel hydrogen batteries to determine the charge efficiency of the nickel electrode as a function of rate and temperature, cell discharge capacity, and capacity fade. Test procedures and results are presented in outline and graphic form
During recent years there have been a number of instances where the capacity of nickel hydrogen batt...
The following are discussed: NiH2 battery mission and environment; NiH2 cell heat dissipation; Nodal...
KOH concentration effects on cycle life of a Ni/H2 cell have been studied by carrying out a cycle li...
Research and operational experience with capacity fade in nickel cadmium and nickel hydrogen cells a...
Tests were conducted to investigate the recovery of capacity lost during open circuit storage of neg...
Nickel-hydrogen batteries are rapidly becoming accepted for use in low-earth-orbit and geosynchronou...
The current major activites in nickel hydrogen technology being addressed at Yardney Battery Divisio...
Tests were conducted on 20-Ah sealed nickel cadmium cells to evaluate initial and long-term performa...
Yardney Manufacturing Technology (MANTECH) 50 A-hr space weight individual pressure vessel nickel-hy...
Negatively precharged nickel hydrogen cells will experience a useable capacity loss during extended ...
Test were conducted to evaluate post storage performance of nickel hydrogen cells with various desig...
A study was undertaken to examine the capacity maintenance features of SUPER nickel-cadmium cells wh...
A cycle life test of Ni/H2 cells containing electrolytes of various KOH concentrations and a sintere...
Representative samples of nickel hydrogen cells for the INTELSAT program were used to evaluate the e...
Nickel-Hydrogen cells are being cycled under a LEO (low earth orbit) test regime to examine the bene...
During recent years there have been a number of instances where the capacity of nickel hydrogen batt...
The following are discussed: NiH2 battery mission and environment; NiH2 cell heat dissipation; Nodal...
KOH concentration effects on cycle life of a Ni/H2 cell have been studied by carrying out a cycle li...
Research and operational experience with capacity fade in nickel cadmium and nickel hydrogen cells a...
Tests were conducted to investigate the recovery of capacity lost during open circuit storage of neg...
Nickel-hydrogen batteries are rapidly becoming accepted for use in low-earth-orbit and geosynchronou...
The current major activites in nickel hydrogen technology being addressed at Yardney Battery Divisio...
Tests were conducted on 20-Ah sealed nickel cadmium cells to evaluate initial and long-term performa...
Yardney Manufacturing Technology (MANTECH) 50 A-hr space weight individual pressure vessel nickel-hy...
Negatively precharged nickel hydrogen cells will experience a useable capacity loss during extended ...
Test were conducted to evaluate post storage performance of nickel hydrogen cells with various desig...
A study was undertaken to examine the capacity maintenance features of SUPER nickel-cadmium cells wh...
A cycle life test of Ni/H2 cells containing electrolytes of various KOH concentrations and a sintere...
Representative samples of nickel hydrogen cells for the INTELSAT program were used to evaluate the e...
Nickel-Hydrogen cells are being cycled under a LEO (low earth orbit) test regime to examine the bene...
During recent years there have been a number of instances where the capacity of nickel hydrogen batt...
The following are discussed: NiH2 battery mission and environment; NiH2 cell heat dissipation; Nodal...
KOH concentration effects on cycle life of a Ni/H2 cell have been studied by carrying out a cycle li...
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